Low Power and Low Cost Expandable IoT Solution - Loka · PDF fileLow Power and Low Cost...

1
Low Power and Low Cost Expandable IoT Solution The centerpiece of the LOKA System is the LOKA board which is both a motherboard and a daughterboard module. As a standalone board, the LOKA can act as Geolocation device, Temperature sensor, Motion Sensor, Magnetic sensor or a Push-button alert. Daughterboards The LOKA Mini-Boards have access to all of the LOKA pins in a 20mmx15mm form factor. The 3.3V power supply to the mini-board can handle up to 200mA. The mini-board architecture is open spec, allowing anyone to develop mini-boards so long as they remain compliant to the specification. The mini-boards can be run by generic drivers or with fully customizable routines as an extension to the LOKA software. Module The Loka Board can work as a standalone Sigfox device or can be mounted on top of already existent systems in order to provide connectivity. Device Management Loka devices are managed in a cloud platform where firmware, configuration and parameters are kept for each and every device. WiFi & Geolocation With 802.11 b/g/n support, the LOKA board enables geoloca- tion of objects with low power consumption. This feature allows also the ability to perform firmware upgrades and a local wifi interface to configure and manage the device. The Loka Device is revolutionary in its ability to be both flexible and scalable for a wide range of IoT use cases that require a low-power and low-cost solution. The system is composed by a multi-purpose board, a cloud based device management platform and a geolocation tool. The multi-purpose module, can be used as a motherboard or a daughterboard (allowing to connect a variety of sensors). The geolocation is done combining the signal strength and location of WiFi and Sigfox base stations to determine its position. This revolutionary concept, addresses the low-cost and low-power demands introducing new and simple ways to develop your own solutions General Features Dimensions L: 65mm; W: 20mm; H: 5mm Operating temperature -10ºC to +65ºC Sigfox ETSI Output power: Class 0 - 16 dBm Rx Sensitivity: -124 dBm Uplink Frequencies : 868.1 MHz & 869.5 MHz Sigfox FCC Output power: Class 0 - 16 dBm Rx Sensitivity: -124 dBm Uplink Frequencies: 902.2 MHz & 920.8 MHz WiFi 802.11b/g/n transceiver 3D Sensor, Temperature Sensor, built-in Button Input VCC From 1.8V to 3.3 V Power consumption Sleep: 3uA Running: 1mA Transmitting: 60 mA (~6 sec) External Interfaces 2 Analog IO lines 8 Digital IO lines UART / Serial Port (AT commands available) SPI / 12C / 1-.Wire Support 3.3V input / output Power control SDK and API All the features of the product are available from the API allowing the fast development of applications The Development Kit and SDK provides the tools to extend and customize the functionalities of the device Approvals and Certifications Sigfox RCZ1 (ETSI) RCZ2 and RCZ4 (FCC) CE mark (on going) WEEE, RoHS compliant Multi-functional device with Sigfox connectivity Technical Specifications Plug-and-Play, Extensible, Flexible www.loka.systems The IoT Solution

Transcript of Low Power and Low Cost Expandable IoT Solution - Loka · PDF fileLow Power and Low Cost...

Page 1: Low Power and Low Cost Expandable IoT Solution - Loka · PDF fileLow Power and Low Cost Expandable IoT Solution The centerpiece of the LOKA System is the LOKA board which is both a

Low Power and Low Cost Expandable IoT Solution

The centerpiece of the LOKA System is the LOKA board which is both a motherboard and a daughterboard module.

As a standalone board, the LOKA can act as Geolocation device, Temperature sensor, Motion Sensor, Magnetic sensor or a Push-button alert.

Daughterboards

The LOKA Mini-Boards have access to all of the LOKA pins in a 20mmx15mm form factor.

The 3.3V power supply to the mini-board can handle up to 200mA.The mini-board architecture is open spec, allowing anyone to develop mini-boards so long as they remain compliant to the specification. The mini-boards can be run by generic drivers or with fully customizable routines as an extension to the LOKA software.

Module

The Loka Board can work as a standalone Sigfox device or can be mounted on top of already existent systems in order to provide connectivity.

Device Management

Loka devices are managed in a cloud platform where firmware, configuration and parameters are kept for each and every device.

WiFi & Geolocation

With 802.11 b/g/n support, the LOKA board enables geoloca-tion of objects with low power consumption. This feature allows also the ability to perform firmware upgrades and a local wifi interface to configure and manage the device.

The Loka Device is revolutionary in its ability to be both flexible and scalable for a wide range of IoT use cases that require a low-power and low-cost solution.

The system is composed by a multi-purpose board, a cloud based device management platform and a geolocation tool.

The multi-purpose module, can be used as a motherboard or a daughterboard (allowing to connect a variety of sensors).

The geolocation is done combining the signal strength and location of WiFi and Sigfox base stations to determine its position.

This revolutionary concept, addresses the low-cost and low-power demands introducing new and simple ways to develop your own solutions

General Features

DimensionsL: 65mm; W: 20mm; H: 5mm

Operating temperature-10ºC to +65ºC

Sigfox ETSIOutput power: Class 0 - 16 dBmRx Sensitivity: -124 dBmUplink Frequencies : 868.1 MHz & 869.5 MHz

Sigfox FCCOutput power: Class 0 - 16 dBmRx Sensitivity: -124 dBmUplink Frequencies: 902.2 MHz & 920.8 MHzWiFi 802.11b/g/n transceiver

3D Sensor, Temperature Sensor, built-in Button

Input VCCFrom 1.8V to 3.3 V

Power consumptionSleep: 3uA Running: 1mATransmitting: 60 mA (~6 sec)

External Interfaces

2 Analog IO lines8 Digital IO lines UART / Serial Port (AT commands available)SPI / 12C / 1-.Wire Support3.3V input / outputPower control

SDK and API

All the features of the product are available from the API allowing the fast development of applicationsThe Development Kit and SDK provides the tools to extend and customize the functionalities of the device

Approvals and Certifications

Sigfox RCZ1 (ETSI) RCZ2 and RCZ4 (FCC) CE mark (on going) WEEE, RoHS compliant

Multi-functional device with Sigfox connectivity

Technical Specifications

Plug-and-Play, Extensible, Flexible

w w w. l o k a . s y s t e m s

T h e I oT S o l u t i o n